Worth Reading: Driverless infrastructure
The post Worth Reading: Driverless infrastructure appeared first on 'net work.
The post Worth Reading: Driverless infrastructure appeared first on 'net work.
This is the 2nd blog in a 4-part series highlighting many of the Cumulus Linux features in our 3.2 release. In this post, we’ll be detailing a feature exclusive to Cumulus Networks — Snapshots.
You know the feeling — you just ran your favorite Linux command with the –force option and typed “yes” to the question “Are you sure?”.
The command generates WAY more output than you were expecting. The back of your neck starts to tingle. And it’s late Friday afternoon no less. This can’t be good. You really need a do over.
We hear you. In order to help you undo, fix and mitigate command errors, we created snapshots and rollbacks — the newest Cumulus Linux features, now available in our 3.2 release.
With Cumulus Networks, web-scale networking is easier and more powerful than ever. We incorporate the best technology from the Linux desktop and server ecosystems. When we come across a desktop application that works well, we bring it to network switches.
In the latest version of Cumulus Linux, we deploy the Btree File System (BTRFS) for the root file system. BTRFS brings a number of Continue reading
Sensors are a key element of IoT.
Everybody loves Linux, but the legacy enterprise wants Windows.
2016, what a year. Ansible upgrades galore, Tower 3 was released, a tipping point for DevOps, and much more.
All these themes were reflected in our blog this year. From doing more with automation, working across platforms (think Windows automation), orchestrating containers at scale, to exploring all the great new features in Tower 3, we covered a lot.
Just in case you missed them, here are our 10 most viewed blog posts of the year (plus a sneaky few honorable mentions).
Containers are an integral part of DevOps workflows. With containers you can be sure that if you build an application once, you can run it in the same way across every environment along the application lifecycle. That’s great, until one developer announces the need for a second, third, or fourth container. More of them, all doing different things, and all connecting together – somehow. But how? Docker has a tool that can help – docker-compose. But it’s limited to environments with a Docker-centric view of the world and doesn’t solve non-Docker orchestration problems. That’s where Ansible comes in. Read more
Ansible plus Docker was a big deal in 2016, Continue reading